搜索资源列表
IP113.rar
- 100M光纤收发器的详细设计方案，该方案使用了IP113芯片，能实现100M速率的光纤信号到RJ45电信号的转换，该方案已经实现并通过了严格的测试,100M Fiber Transceiver detailed design program, which used the IP113 chips, can achieve speeds of 100M optical signal to electrical signal conversion RJ45, the program has been
ssprop-3.0.1
- 非线性光纤光学配套的一些实例matlab演示文件，可以更深刻的了解书本内容。美国，Govind P. Agrawal -Nonlinear fiber optics supporting some of the examples of matlab demo files, you can gain a deeper understanding of book content. The United States, Govind P. Agrawal
ebook-code-1
- 用MATLAB模拟仿真光纤（fiber）的各种模式图像，是MATLAB的M文件，可以直接运行得出结果-Simulation with MATLAB fiber (fiber) of the various modes of image, is MATLAB M-file, the outcome can be directly run
sdh
- SDH是现代光纤通信中广泛应用的数据传输格式,在SDH帧结构中，前9列为开销字节，它包含了很多重要的信息，本程序为SDH开销的接收处理，查找帧头，分频，勤务话字节E1异步fifo。可拆为三段源代码，不知道能不能抵三个程序-SDH is a modern optical fiber communication is widely used in data transmission format, in the SDH frame structure, as the former 9 overhea
supercontinuum
- 这些文章讲述了分步傅里叶方法，通过这些方法可以数值解非线性薛定谔方程，并且模拟光在光纤中传输随距离变化的状态，是学习光传输比较好的资料-The article was about a split-step Fourier method, numerical solution of these methods can be non-linear Schrodinger equation, and simulation of optical fiber transmission in the sta
split_step_fourier_method
- 使用分布傅立叶法计算非线性薛定谔方程。可以得到光纤非线性传输特性。-Fourier method using the distribution of nonlinear Schr枚dinger equation. Can be non-linear optical transmission characteristics.
phaseshort
- 长周期光纤光栅的源程序代码,可用来模拟其传输特性-Long-period fiber grating source code, can be used to simulate the transmission characteristics
10M_Fiber_Optic_Transceivers
- 10M光纤收发器的详细设计方案，该方案使用了ML4664芯片，内有详细的原理图和PCB布局图，该设计经过了严格测试，现已量产-10M Fiber Optic Transceivers detailed design program, which used the ML4664 chip, there is a detailed schematic and PCB layout, the design has been rigorously tested, is now in volume pro
Linux_bc
- 对vga接口做了详细的介绍，并且有一 ·三段式Verilog的IDE程序，但只有DMA ·电子密码锁，基于fpga实现，密码正 ·IIR、FIR、FFT各模块程序设计例程， ·基于逻辑工具的以太网开发，基于逻 ·自己写的一个测温元件（ds18b20）的 ·光纤通信中的SDH数据帧解析及提取的 ·VHDL Programming by Example（McGr ·这是CAN总线控制器的IP核，源码是由 ·FPGA设计的SDRAM控制器，有仿真代码 ·xili
Request_petae
- 利用牛顿法数值计算光纤的传播常数，这样利用传播常数与色散的关系，就可以画出光纤的色散曲线-Numerical calculation using Newton' s method the fiber propagation constant, so that the use of the propagation constant and the dispersion relations, we can draw the dispersion curves of optical fiber
docs
- RSOFT软件资料，可以解决光子带隙和光纤光栅。-RSOFT software information, can solve the photonic band gap and the fiber grating.
wang
- 利用FDTD方法模拟普通光子晶体光纤中模场变化的情况，为主程序，可以为学习FDTD模拟PCF的学习者提供一定参考和学习。-Ordinary FDTD simulation using photonic crystal fiber mode field changes in the situation, the main program, you can learn from FDTD simulation for the PCF to provide a reference of learner
fibermode
- 再多模光纤中，光纤传播的模式很多，不同的VUW对应不同的模式，根据特征方程可以仿真出每一个模式的二维强度图。(In multimode fiber, there are many modes of fiber propagation, and different VUW corresponds to different modes. According to the characteristic equation, the two-dimensional intensity map of eac
YokogawaFBGS
- 本程序可读取Yokogawa 光谱仪多个数据文件(CSV格式)并寻峰。数据文件为多个光栅串的测试光谱。串联光栅波长间隔等距，可确定等距串联光栅的中心波长和峰值强度，将数据存入mat file 使用前请设置若干重要参数 【wl_start】 【wl_end】 【FBGs_num】 【Min_PowerValue】【Peaks_seperation】 其他相关变量说明 【OSA_data】 所读入的光谱全图 里面可能包含更宽的波长 【OSA_data_FBGs】截取光栅串所在波长
光纤激光导模
- 光纤激光高阶导模，可以算前9个模式的振幅，光强和相位分布(Fiber laser high order guided mode It can calculate the amplitude, intensity and phase distribution of the formal 9 modes.)
dope fiber amplifier
- 掺杂光纤放大器的模拟程序，可以计算光纤的ASE成分(Doped fiber amplifiers It can calculate the ASE components of optical fibers.)
FiberLaserAmplifierToolbox
- 掺杂光纤放大器工具箱，可以计算放大器参数(Doped fiber amplifier toolbox It can calculate the parameters of amplifier.)
耦合模光纤光栅仿真
- 可以仿真倾斜光纤光栅的透射光谱和反射光谱(The transmission spectrum and reflection spectrum of tilted fiber grating can be simulated.)
pg831
- 双向PCS控制仿真，光纤陀螺输出误差的allan方差分析，可以得到很精确的幅值、频率、相位估计。( Two-way PCS control simulation, allan FOG output error variance analysis, You can get a very accurate amplitude, frequency, phase estimation.)
5818
- 基于欧几里得距离的聚类分析，ML法能够很好的估计信号的信噪比,光纤陀螺输出误差的allan方差分析。( Clustering analysis based on Euclidean distance, ML estimation method can be a good signal to noise ratio, allan FOG output error variance analysis.)